Eli Slenders
@elislenders.bsky.social
Molecular microscopy and spectroscopy, Istituto italiano di tecnologia
Very happy to be in #ThePhotonics100 list for 2026. Big thanks to everyone in @vicidominilab.bsky.social and to all collaborators for their continuous support!
September 27, 2025 at 4:13 PM
Very happy to be in #ThePhotonics100 list for 2026. Big thanks to everyone in @vicidominilab.bsky.social and to all collaborators for their continuous support!
@vicidominilab.bsky.social arrived in Berlin for the single molecule workshop #ws30. Looking forward to the talks and discussions! If you're interested in the use of #spad array detectors for imaging and SM localization, don't miss the poster of my colleague Francesco tonight and my talk on Friday!
September 23, 2025 at 9:23 AM
@vicidominilab.bsky.social arrived in Berlin for the single molecule workshop #ws30. Looking forward to the talks and discussions! If you're interested in the use of #spad array detectors for imaging and SM localization, don't miss the poster of my colleague Francesco tonight and my talk on Friday!
We tested ISM-FLUX on DNA-origami nanorulers, and achieved a median localization uncertainty below 5 nm for single molecules. This precision effortlessly resolved 40 nm and 20 nm nanorulers. 4/6
July 4, 2025 at 7:35 AM
We tested ISM-FLUX on DNA-origami nanorulers, and achieved a median localization uncertainty below 5 nm for single molecules. This precision effortlessly resolved 40 nm and 20 nm nanorulers. 4/6
Similar to #MINFLUX, our localization uncertainty scales with L/sqrt(N), with L the TCP diameter and N the number of photons. However, while MINFLUX requires the emitter to be within the scanned area, ISM-FLUX has a much larger localization range, making it more robust. 3/6
July 4, 2025 at 7:34 AM
Similar to #MINFLUX, our localization uncertainty scales with L/sqrt(N), with L the TCP diameter and N the number of photons. However, while MINFLUX requires the emitter to be within the scanned area, ISM-FLUX has a much larger localization range, making it more robust. 3/6
ISM-FLUX makes use of a #SPAD array detector. This boosts localization range and offers flexibility in the scanned target coordinate pattern (TCP). We chose a circular pattern, enabled by galvanometric scan mirrors found in most LSMs. 2/6
July 4, 2025 at 7:32 AM
ISM-FLUX makes use of a #SPAD array detector. This boosts localization range and offers flexibility in the scanned target coordinate pattern (TCP). We chose a circular pattern, enabled by galvanometric scan mirrors found in most LSMs. 2/6